Gonsalves spoke with OpenCape CEO Dan Vorthems. The network was funded with $32 million in American Recovery and Reinvestment Act (ARRA) grants and approximately $8 million in funds from the state, county, and private-sector partner CapeNet. It brings connectivity to 91 community anchor institutions from Provincetown as far west as Providence and Brockton. The idea for the network began with Cape Cod Community College and Woods Hole Oceanographic Institute. Today, OpenCape is a non-profit with Board members from healthcare, higher education, public education, government, and the private sector.

Gonsalves and Vorthems touched on the high hopes for economic development that accompanied the network deployment. When the project began, the dream was to turn Cape Cod into a "Silicon Sandbar." The network is still in its infancy, but new jobs in the area are retail, service, and tourist related rather than high-tech. Residents of Cape Cod were hoping the network would bring better paying positions to meet the high cost of living in the area.

Gonsalves takes it one step further and proposes using the network for last mile connections:

Getting the Cape's big data users online opens up all sorts of possibilities. But [what] I wanted to know is when the Cape would get to the point where residential users could access this Internet autobahn capable of reaching speeds of a gigabit per second.

Once that happens, the Cape suddenly becomes a really attractive place for tech-savvy entrepreneurs, small business start-ups,...

Vidalia received a $30,000 grant from the Telecommunications Development Fund (TDF) Foundation to invest in a wireless network to cover the complex. Apparently, visitors to the complex were often surprised to learn that there was no Wi-Fi available. From the article:

[Mayor Hyram] Copeland said the project came about after multiple teams coming to participate in tournaments at the recreation complex asked about Wi-Fi access.

“I was embarrassed to say, ‘No,’ but now I can say we do,” Copeland said. “But the end result of all this is that we will have moved this community forward.”

The next step will be free Wi-Fi along the City's riverfront.

Even though federal American Recovery and Reinvestment Act (ARRA) funds to Louisiana were pulled back, Vidalia decided to press on with its broadband plans. The City has since cultivated several grant sources and is piecing together the funds needed to proceed with its estimated $9 million fiber network. Vidalia wants to develop a smart-grid and potentially provide fiber to every premise.

The community, with some of the highest unemployment rates in the country, sees the presence of better broadband as critical to economic survival. From the article:

“Broadband is such a routine infrastructure for companies nowadays that they almost assume you have it, and us not having it could have hurt us in the long run,” [Concordia Parish Economic Development Director Heather] Malone said. “Now, we’ll be able to use this as a tool to recruit new businesses and offer it to our existing businesses.”

A recent press release from the Merit educational and research network in Michigan announces a new connection to its Ohio sister, OARnet. Member entities and local communities now enjoy better redundancy, expanded reach, and better services. Local communities continue to benefit from the presence of the middle mile infrastructure.

The network helps local Hillsdale College to cut connectivity costs; the Merit announcement quotes Hillsdale College leadership:

"Hillsdale College has been a Merit member since 1992," stated David Zenz, executive director of information technology services for Hillsdale College, "and it was always a dream to figure out some way to eliminate expensive data circuit costs to free up funds to purchase more bandwidth. In 2008 The City of Hillsdale, the Hillsdale Intermediate School District, Hillsdale College, and Merit figured out how to do just that."

In 2006, Hillsdale County Intermediate School District (ISD) found that it was in desperate need of increasing its network bandwidth to meet the growing demands of its users. The District had 62 miles of fiber optic cabling strung around...

Vidalia joins the growing list of communities with plans to offer free Wi-Fi. A recent Miami Herald article reports on recent plans. Community leaders hope to get the project ready for launch in spring 2014.

Vidalia, home to 4,300 residents, hoped to use funds from a 2010 Broadband Technology Opportunities Program (BTOP) grant to build a fiber network. Unfortunately for the entire state, the grant was revoked due to Governor Jindal's shenanigans. Jindal's plans for the funds violated the terms of the grant. Vidalia, with its own electric utility, then sought funding from other sources.

According to the Herald article:

The Telecommunications Development Fund Foundation awarded the city a $30,000 grant, announced last week, to deploy a wireless network. The foundation was founded in 2008 with the mission of bringing communications technology and opportunities to areas underserved by Internet providers.

The Natchez Democrat reports that the service will cover 77 acres that include the Vidalia municipal complex, including City Hall and public safety facilities, and recreation fields used by Concordia Recreation District No. 3. Mayor Hyram Copeland told the Democrat that visitors to the complex repeatedly ask for Wi-Fi access.

The Democrat also reports Senator Mary Landrieu is leading the effort to improve connectivity in the area:

The senator said the Wi-Fi project perfectly complements Vidalia’s ongoing work to build a technology center and install high-speed fiber optic Internet access throughout the city.

“This project will add to Vidalia’s excellent quality of life for residents and promote additional entrepreneurial opportunities for local businesses,” Landrieu said.

A $1.8 million Broadband Technologies Opportunity Program (BTOP) award paid in part for the expansion of the 100% underground network. The network includes 230 miles of middle-mile connectivity across rural Benton County.

The recently completed NoaNet project totaled $140 million for 1,831 fiber miles over three years. The open access network hosts 61 last mile providers and ten Washington State Public Utility Districts (PUDs) belong to the nonprofit.

New Hampshire FastRoads is leading the charge to connect the region. The project is funded by American Recovery and Reinvestment Act (ARRA) grants, private donations, and contributions from local communities. We spoke with Carole Monroe, Executive Director, to get an update on this open access network in rural western New Hampshire.

The first municipality to be connected to New Hampshire FastRoads, Richmond, was connected on November 1st. One-third of the network is now lit and the remainder will be completed and lit by November 30, 2013. Monroe tells us most of the 235 community anchor institutions (CAIs) have fiber terminated at their facilities and connections can be easily configured to 1 Gbps.

There are also 75 residential customers, many of whom are choosing 20 Mbps symmetrical service. A smaller number take 50 Mbps or 100 Mbps symmetrical service. Monroe notes that people in the community with home based businesses or telecommute are signing up quickly.

Monroe also told us about the Hampshire Country School, a private boarding school in Ringe and CAI. Before FastRoads, the school had only a T1 line. They will be connected with 50 Mbps by the end of the month.

We also touched base with Kenneth Kochien, Director of Information Services at Colby-Sawyer College in New London. The college is one of the many CAIs along the network. Kochien told us via email:

NH FastRoads provides our institution with alternative bandwidth solutions which have made a very significant difference in both affordability as well as enabling us to pursue various cloud-based strategic services. In other words, more than one budget line is impacted by having affordable and sufficient bandwidth.

Most importantly, it has enabled us to provide quality Internet experience for our students. As is well known, students seemingly have an insatiable appetite for multiple devices along with the need for continuous connectivity to social media. All of that is dependent on bandwidth.

NH FastRoads provides us with a path for future growth. The absence of NH FastRoad service would have made meeting the administrative and academic technology needs of the institution far more challenging. Thank you NH FastRoads.

“The Internet has become an important as having electricity and water,” said Cole, an extension agent in Franklin County. “For our businesses to attract customers and to attract other businesses to come in here, we have to have broadband Internet access.”

But it turns out that they don't even have access to modern telephones in some instances:

Some Franklin County residents have access to dial-up Internet, which is slower than broadband high-speed Internet service. However, some Franklin residents still have a “party line” for phone service.

Who has refused to invest in these exchanges? AT&T is the major provider in the area (followed by CenturyLink) and it came to a Task Force meeting to talk about what "needs to be done to bring high-speed Internet to the county."

Unfortunately the report doesn't note what the ideas were but we would be surprised to learn it doesn't involve some form of federal or local subsidy to get AT&T to invest in this area. There is not much profit to be made, so AT&T is more likely to push these people into expensive 4G LTE wireless solutions than anything that would compete with modern connections.

The small town of Windom in southwest Minnesota has long been one of the smallest FTTH networks in the nation. I have long wanted to bring WindomNet General Manager Dan Olsen on our show because it has some of the best anecdotes in the world of community owned networks. We finally got him!

To understand WindomNet, you should know that it has fewer households than what many of us consider to be the minimum threshold for a viable triple-play FTTH network. Not only have they made it work, they have attracted numerous employers to town, as our interview discusses. It also kept a local employer located just outside of town in the area after a massive telelphone company operating in Minnesota found itself unable to provide the service that business requested. Tiny Windom ran a fiber out to the business and kept them in the region.

The network has expanded to nearby farm towns with the help of a broadband stimulus award. Even now, after bringing connections to a rural region that the big providers have largely ignored, the big cable and CenturyLink lobbyists that live in the capital in Saint Paul have relentlessly lied about Windom, calling it a failure and presenting skewed figures to suggest the investment had not succeeded.

Okanogan County, located along the extreme north central border of Washington State, is expanding its wholesale fiber optic network to more small local communities. The Okanogan Public Utility District (PUD) received a $5.5 million grant and a $3.7 million loan through the American Recovery and Reinvestment Act (ARRA) and will extend service to about 80% of the PUD service area. The county is home to about 41,000 people.

According to a recent Methow Valley News article, the construction began in February and the project is schedule for completion by the end of 2013. The network will be about 200 miles long and will also include 143 wireless access points along the power line route. Construction will also include new poles, tall enough to host both power and fiber optic lines. According to the PUD's director of power:

Some people who will now have the option of faster Internet connections were previously served only by dial-up or satellite services, said [Ron] Gadeberg. Even with the expanded “last-mile” network, “there are still tons of unmet needs, because it’s such a big county and some people are so remote that it is cost-prohibitive to serve them,” he said.

A local ISP, MethowNet.com, offers service to customers on the PUD's existing fiber network and will expand northward to serve additional communities north of its current service area.

Having just read the New York Times story "Most of U.S. is Wired, but Millions Aren't Plugged In," I was reminded that even the top mainstream telecom journalists really have little understanding of what they write. This is a bit ranty but comes back together constructively at the end.

I just read that "nearly 98 percent of American homes now have access to some form of high-speed broadband." Really? Just what exactly does that mean? It is definitely not the current FCC minimum standard speed required to engage in basic Internet activities: 4 Mbps downstream and 1 Mbps upstream. Not even close.

To get 98%, I can only assume that the author has started with flawed stats from the FCC that are comprised on systematically overstated DSL availability in rural areas by carriers like Windstream, Frontier, CenturyLink, and others. He likely then included satellite Internet access availability, which is explicitly not broadband due to the inevitable lag of a 50,000 mile roundtrip to geosynchronous orbiting satellites.

But we don't know. We just know that Edward Wyatt knows that by some definition, nearly everyone in America has "high speed" broadband. This is news to the vast majority of rural communities I hear from, who see maps paid for by their tax dollars claiming they can get broadband in their homes. But when they call the company to get it, they find it is not actually available, even though that company had just told the government that it is available there.

The Obama administration allocated $7 billion to broadband expansion as part of the 2009 economic stimulus package. Most of it went to build physical networks. About half of those infrastructure programs have been completed, with Internet availability growing to 98 percent of homes from fewer than 90 percent.

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In the case of muni systems, which are not-for-profit enterprises, one measure of “success” is defined as the level of their “take rate” – that is, the percentage of potential subscribers who are offered the service that actually do subscribe. Nationwide, the take rates for retail municipal systems after one to four years of operation averages 54 percent. This is much higher than larger incumbent service provider take rates, and is also well above the typical FTTH business plan usually requiring a 30-40 percent take rate to “break even” with payback periods.